5 Tap Ceiling Bridge Tower Brushed Copper finish
Ceiling mounted Bridge Tower is not your usual beer dispenser. Made to hang from the bar counter roof, this draft beer tower is a top attraction in our wide collection while saving space leaving the entire bar counter free to provide service.
Medallions are placed over the horizontal arm and is a great place to showcase brands and beer styles. Comes with illumination that is sure to add vibrancy to the setup.
This 5-tap beer tower has Brushed Copper finish and uses Glycol recirculation loop+ cooling technology which is the best bet in maintaining the desired beer temperature in long drawn systems. The Flow control taps used allow flow adjustment and give a less foam head to the beer when poured.
T Tower Beer TAPS:
Beer Taps are used for controlling the release of beer. A draft beer is a beer that’s “on tap,” as opposed to bottled. Next time you’re at a bar or a restaurant that has a bar, take a look at the bar itself and you’ll see a row of labelled levers. Those are the beers the bar has on tap and they’re generally fresher than the bottled selection. In Our 5 Tap Ceiling Bridge Tower Brushed Copper, We use satisfactory Brass Taps with Rich grade of Plastic Knobs, Which Provides an incomparable Pouring.
Glycol Recirculation Loop+ Technology:
Glycol Recirculation Loop+ Technology is a Triple Layer Insulation. Stainless Steel Glycol Recirculation Loop + Tube is used for optimum cooling transfer. Glycol +, a food-grade antifreeze is mixed with water and used as the coolant in the chiller. It is highly efficient in maintaining the temperature required for the perfect pour right up to the faucet.
Selecting the appropriate cooling technology from cooler to the faucet can help overcome critical challenges that are inherent to dispensing fresh crisp beer, especially in long drawn systems.
Glycol recirculation loop+ technology is an excellent way to ensure the same.
It Includes:
- PU Foam for optimum insulation
- 100% Stainless Steel Contact with Beer
- Aluminum Foil Tape for optimum cooling distribution